Summary At 2145 eastern daylight time on 02 August 2001, a Cessna 182, serial numberF18200128, departed on an instrument flight rules flight from Kuujjuaq to La Grande-Rivire, Quebec. The flight plan indicated that Timmins, Ontario, was the alternate airport. While en route, the pilot changed the destination airport to Timmins and made La Grande-Rivire the alternate airport. Thirty nautical miles north of Timmins, the pilot established radio contact with the Timmins Flight Service Station (FSS). The Timmins FSS specialist informed the pilot that the ceiling was 300 feet overcast with a visibility of 8statute miles in haze. The pilot informed Timmins FSS that he would conduct a global positioning system approach to Runway03. Timmins FSS requested that the pilot report over the VOR (VHF omnidirectional radio range). The pilot acknowledged the request, and 3minutes44seconds later, at 0623Z (0223local,03August), a signal from the aircraft's emergency locator transmitter was received at the Timmins FSS: 0623Z is assumed to be the time of the accident. The aircraft struck the ground 1.2nautical miles northwest of the Timmins VOR. The pilot, who was the sole occupant of the aircraft, was fatally injured. Ce rapport est galement disponible en franais. Other Factual Information The German-registered aircraft had been purchased by an American aircraft sales company and was being ferried by a German pilot from Egelsbach, Germany, to Waterloo, Iowa. The pilot departed Egelsbach at approximately 0605Z (0805 local) on 31July 2001, made an en route stop at Newcastle, England, and spent the night in Stornaway, Scotland. The distance flown on 31July was approximately 800nautical miles. The next day, 01 August, he flew to Reykjavik, Iceland, to refuel, then flew to Kulusuk, on the east coast of Greenland, landing at 1629Z1 (1429local). The distance flown on this day was approximately 670 nautical miles. He departed the Kulusuk airport at 1113Z (0913local) on 02August and flew to Kangerlussuaq (Sondrestrom), Greenland, landing at 1344Z (1144 local). At 1454Z, after refuelling, he departed for Iqaluit, Nunavut, arriving at 1844Z (1444local). The pilot refuelled at Iqaluit and took off at 2107Z (1707local) and continued on to Kuujjuaq, Quebec. He received a weather briefing from the local flight service station (FSS), filed an instrument flight plan to La Grande-Rivire with Timmins as the alternate airport, and refuelled the aircraft. The pilot departed Kuujjuaq at approximately 0145Z, 03August (2145 local, 02August). En route, the pilot contacted Montral Centre for a weather briefing. After receiving information that Timmins was forecast to be visual meteorological conditions all evening, the pilot changed the alternate airport to La Grande-Rivire and made Timmins his destination airport. Thirty miles north of Timmins, at 10000feet above sea level, the pilot contacted Timmins FSS and requested landing clearance. The Timmins FSS specialist informed the pilot that he would need to be cleared for an approach by Toronto Centre, and the FSS specialist provided the pilot with the appropriate frequency. The pilot contacted Toronto Centre and was cleared to maintain 5000feet above sea level. A short time later, the pilot was cleared for an approach to the Timmins airport, and the flight was handed back to Timmins FSS. The pilot contacted Timmins FSS and was advised that the ceiling was 300feet overcast, visibility was 8statute miles in haze, and the instrument landing system (ILS) for Runway03 was in use. The pilot informed Timmins FSS that he did not have a functioning ILS. Timmins FSS specialist restated the latest weather observation and inquired about the instrumentation the pilot had on board. The pilot informed Timmins FSS that he was equipped with a global positioning system (GPS) and that he would conduct a GPS approach to Runway03. Timmins FSS acknowledged the pilot's intentions and requested that he report over the VOR (VHF omnidirectional radio range) for the GPS approach to Runway03. The pilot's last transmission was an acknowledgment of the FSS request. Timmins FSS received an emergency locator transmitter signal 3minutes 44seconds later. The FSS specialist, unable to contact the Cessna pilot, immediately contacted the Toronto Area Control Centre. Canadian Forces Rescue Coordination Centre in Trenton deployed fixed- and rotary-wing aircraft to the area. A weather observation, taken at 0230, just after the emergency locator transmitter was heard, was as follows: sky condition partially obscured, ceiling 200feet overcast, visibility 1statute mile in fog, temperature 16C, dewpoint 16C, and wind 360magnetic at 5knots. The terrain is relatively flat and densely forested in the area of the Timmins airport and within a radius of two nautical miles of the crash site. The aircraft initially hit treetops in a slight left-banked attitude in a shallow descent. The aircraft was on a heading of about 150magnetic when it first struck the trees. The cockpit area was not compromised as both wings were torn away at the wing root by the impact with surrounding trees. The aircraft came to rest abruptly on its left side when the fuselage contacted the flat terrain. The tricycle landing gear was still attached to the fuselage. The engine and the propeller were in place, although two of the four engine mounts were bent by impact forces. The propeller blades were twisted and bent aft. The flaps were in the retracted position, consistent with the flap selection lever in the cockpit. Control integrity checks were conducted in the field, and it was determined that the pilot had positive and correct elevator authority before impact with the ground. The rudder operation was free and correct. Aileron control integrity checks could not be performed because of wing damage during impact. The cockpit and the cabin were distorted but not destroyed, and the instrument and control panels were intact. The aircraft had two altimeters. The primary altimeter, mounted in the instrument panel in front of the pilot's left-hand crew station, was set to 1019millibars, which accurately represents the altimeter setting at the time of the occurrence. The standby altimeter was mounted in the top right corner of the instrument panel. Information received indicates that the pilot had two identical Garmin Mklll handheld GPS units on board the aircraft when it left Germany, one with a European database and the other with a North American database. The GPS with the European database was found wrapped up and stowed in the aircraft. Because the pilot indicated that he would be flying a GPS approach, it is assumed that he was using another GPS for en route navigation and the approach. The other GPS was not found in or around the wreckage; the dense bush and brush could easily hide the GPS, a small, black unit. There was a large area of fuel-soaked terrain at the occurrence site. The aircraft's fuel selector was found properly seated in the BOTH position. The amount of fuel absorbed by the ground could not be quantified, but it was determined that fuel starvation was not a factor in the occurrence. Propeller twist and bending moments, combined with radial scarring on surrounding trees, were consistent with a functioning engine driving a propeller. The carburettor heat was selected ON, an appropriate configuration for a cruise descent power setting in conditions of visible moisture. Canadian Aviation Regulations (CARs) did not require this aircraft to be equipped with a cockpit voice recorder or a flight data recorder, and neither was installed. The aircraft was certified to be flown with a single pilot and was operating within its certified weight and balance limitations at the time of the occurrence. The aircraft was equipped with the Cessna Aircraft Company's standard Crown Instrument Package, which includes but is not limited to the following: two navigation/communication (NAV/COM) receivers; two VOR indicators, one of which is capable of displaying localizer and glideslope information from the aircraft's ILS receiver; an automatic direction-finder (ADF); and distance-measuring equipment (DME). Only one NAV/COM receiver was serviceable. The ADF, the DME, and the localizer/glideslope indicator were unserviceable. The pilot had only one VHF radio for communications and one VOR for radio navigation and approach. The aircraft was equipped with a two-axis autopilot, which was selected off at the time of the occurrence. The start menu of the GPS that was found indicated that this GPS model was designed only For VFR [visual flight rules] use as an aid to prudent navigation. Aeronautical Information Publication (AIP), COM3.16.10, suggests, Use only IFR-certified receivers for IFR [instrument flight rules] flights because non-IFR receivers do not provide the integrity needed for IFR operations. Furthermore, AIP COM3.16.3.1 addresses the installation and certification requirements for using a GPS in Canada in the en route, terminal, and non-precision approach phases of flight and states: Avionics have to meet the appropriate class under the IFR equipment standard, TSO [Technical Standing Order] C129a. Equally important, their installation must be approved by Transport Canada. The key feature of these units is random acquisition integrity monitoring (RAIM) a safety feature that warns the pilot if there is a problem with satellite signals. Hand-held and other VFR receivers do not have this feature and, therefore, they cannot be used for IFR operations. There were no published instrument approach procedures for Ontario found in the aircraft. A thorough search of the crash site accounted for all other flight documentation except for those required to conduct an instrument approach to an airport in Ontario. CAR602.60, Requirements for Power-driven Aircraft, states: (1)No person shall conduct a take-off in a power driven aircraft, other than an ultra-light aeroplane, unless the following operational equipment is carried on board:[. . .] (b)where the aircraft is operated in VFR OTT [over the top], night VFR flight or IFR flight, all of the necessary current aeronautical charts and publications covering the route of the proposed flight and any probable diversionary route. Runway 03 in Timmins has two IFR approaches: an ILS or non-directional beacon (NDB) (GPS) approach (see Appendix A) and a VOR (GPS) approach. The minimum descent altitude (MDA) for the NDB approach was 413feet above ground level (agl). The MDA for the VOR approach was also 413feet agl, but only if the aircraft has a serviceable NDB or DME; without an NDB or DME, the MDA was 733feet agl. The GPS portion of the titles indicates that there is a GPS overlay component to the non-precision approach procedure. Transport Canada's Aeronautical Information Circular2/01, dated 19April 2001, advises that GPS overlay non-precision approaches are based on VOR, VOR/DME, NDB and NDB/DME approaches identified in the Canada Air Pilot (CAP). These approaches can be flown using GPS guidance by selecting the appropriate approach procedure from the airborne navigation database. CAR 605.18 outlines equipment requirements for IFR flight in power-driven aircraft. It states, in part, that there must be on board (i)to proceed to the destination aerodrome or proceed to another aerodrome that is suitable for landing, and (ii)where the aircraft is operated in IMC [instrument meteorological conditions], to complete an instrument approach and, if necessary, conduct a missed approach procedure. (i)to proceed to the destination aerodrome or proceed to another aerodrome that is suitable for landing, and (ii)where the aircraft is operated in IMC [instrument meteorological conditions], to complete an instrument approach and, if necessary, conduct a missed approach procedure. No instrument approach procedure publications for the Timmins airport were found in the aircraft or at the scene. Instrument approach procedure publications for all other applicable airports, except those in Ontario, and current en route information were found in the aircraft. The pilot held a valid German private pilot licence and a valid German aviation medical certificate. The licence allowed him to fly as pilot-in-command of all single piston-engine land aeroplanes up to a maximum certified take-off weight of 2000kg. No other ratings were attached to his German licence. He had a valid German radiotelephone operator's licence with the following restrictions: non-commercial and non-professional activities day flying only except in the vicinity of an aerodrome restricted to the territory of the Federal Republic of Germany additional ratings required to operate cross-country only VFR flight permitted6.only German language communications The pilot also had an American private pilot licence with an attached instrument rating. However, according to CARs, PartIV, Personnel Licensing and Training, the pilot was not permitted to fly a German registered airplane in Canadian airspace under instrument flight rules based on his American instrument rating. The pilot had been flying for 24 years and had accumulated 2013hours' total flight time. All of this time had been in single-engine, non-high performance, land aircraft. He had completed 17transatlantic crossings in single-engine aircraft and was conducting the flight for the German vendor. During the 90days before the accident, he had flown 245hours, 99 of which had been flown in the previous 30days. Records indicated that the aircraft had been flown 1727hours. The engine had just been rebuilt and had accumulated approximately 88hours.